SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)

The paper discusses the results of bulk rock geochemical sampling of the Kamenushinsky massif eluvial-deluvial deposits and the massifs bedrocks spectral analysis data. Evaluation of secondary dispersion halos using two-dimensional modeling and multivariate statistic processing of the results have a...

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Main Author: MINIBAEV A. M.
Format: Article
Language:English
Published: Saint-Petersburg Mining University 2018-12-01
Series:Zapiski Gornogo Instituta
Subjects:
Online Access:http://pmi.spmi.ru/index.php/pmi/article/view/7777
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spelling doaj-974f4eda7b39457399b3c6ba097c42982020-11-25T00:59:18ZengSaint-Petersburg Mining UniversityZapiski Gornogo Instituta2411-33362541-94042018-12-0123459159810.31897/PMI.2018.6.591SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)MINIBAEV A. M. 0St. Petersburg Mining UniversityThe paper discusses the results of bulk rock geochemical sampling of the Kamenushinsky massif eluvial-deluvial deposits and the massifs bedrocks spectral analysis data. Evaluation of secondary dispersion halos using two-dimensional modeling and multivariate statistic processing of the results have allowed establishing the spatial collocation of platinum and chromium anomalies and high correlation between these elements. These facts confirm the considerable contribution of chromite-platinum mineralization to the primary ores of the entire Kamenushinsky massif. The geological observations and rocks chemical composition analysis has revealed that uranium and barium anomalies are associated with the areas of gabbro and granitoids dike bodies. The insignificant overlapping of uranium and barium anomalies with platinum and chromium ones, as well as the negative correlation between these two groups of elements, is incon-sistent with earlier conclusions on the spatial association of platinum mineralization with gabbro and granitoids dikes and a possible connection between these dikes and platinum metal mineralization zones.http://pmi.spmi.ru/index.php/pmi/article/view/7777Kamenushinsky massifbulk rock geochemical samplingsecondary dispersion halosplatinumchromitemineraliza-tiondikes
collection DOAJ
language English
format Article
sources DOAJ
author MINIBAEV A. M.
spellingShingle MINIBAEV A. M.
SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
Zapiski Gornogo Instituta
Kamenushinsky massif
bulk rock geochemical sampling
secondary dispersion halos
platinum
chromite
mineraliza-tion
dikes
author_facet MINIBAEV A. M.
author_sort MINIBAEV A. M.
title SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
title_short SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
title_full SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
title_fullStr SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
title_full_unstemmed SECONDARY DISPERSION HALOS AS A PROSPECTING INDICATOR OF PLATINUM METAL MINERALIZATION ON THE EXAMPLE OF THE KAMENUSHINSKY MASSIF (MIDDLE URALS)
title_sort secondary dispersion halos as a prospecting indicator of platinum metal mineralization on the example of the kamenushinsky massif (middle urals)
publisher Saint-Petersburg Mining University
series Zapiski Gornogo Instituta
issn 2411-3336
2541-9404
publishDate 2018-12-01
description The paper discusses the results of bulk rock geochemical sampling of the Kamenushinsky massif eluvial-deluvial deposits and the massifs bedrocks spectral analysis data. Evaluation of secondary dispersion halos using two-dimensional modeling and multivariate statistic processing of the results have allowed establishing the spatial collocation of platinum and chromium anomalies and high correlation between these elements. These facts confirm the considerable contribution of chromite-platinum mineralization to the primary ores of the entire Kamenushinsky massif. The geological observations and rocks chemical composition analysis has revealed that uranium and barium anomalies are associated with the areas of gabbro and granitoids dike bodies. The insignificant overlapping of uranium and barium anomalies with platinum and chromium ones, as well as the negative correlation between these two groups of elements, is incon-sistent with earlier conclusions on the spatial association of platinum mineralization with gabbro and granitoids dikes and a possible connection between these dikes and platinum metal mineralization zones.
topic Kamenushinsky massif
bulk rock geochemical sampling
secondary dispersion halos
platinum
chromite
mineraliza-tion
dikes
url http://pmi.spmi.ru/index.php/pmi/article/view/7777
work_keys_str_mv AT minibaevam secondarydispersionhalosasaprospectingindicatorofplatinummetalmineralizationontheexampleofthekamenushinskymassifmiddleurals
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